Cash issuing, indicating, and registering apparatus.



I. DROBNIAK & J. PLANEl'L QI. CASH ISSUING, INDICATING, AND REGISTERING APPARATUS.

APPLIGATiOH FILED JULYH 907.

Patented Aug. 31, 1909.

5 SHEETS-SHEET l.

firm/z @225 171 1112 171-050 (1.11- JJ& (/IIL- fFzazaecdkz y x/v" F. DROBNIAK & J. PLANEGKI.

GASH ISSUING, INDIOATING, AND RBGIsTERING APPARATUS.

APPLIGATIQN FILED JULY 8, 1907.

932,973. Patented Aug. 31. 1909.

5 SHEETS-SHEET 2.

932,973, Patented Aug. 31, 1909.

5 SHEETS-SHEET 3.

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F. DROBNIAK & J. PLANEGKI. CASH ISSUING, INDIGATING, AND REGISTERING APPARATUS.

APPLICATION FILED JULY 8, 1907.

Patented Aug. 31, 1909.

5 SHEETS-SHEBT a m q a 7 f f2 2 f2 3 1c 5 2 Z F. DRDBNIAK & J. PLANEOKI. CASH ISSUING, INDIGATING, AND REGISTERING APPARATUS.

API'LICATIOR FILED JULY8,1907.

Patented Aug. 31. 1909.

6 SHEETS-SHEET 5.

UNITED STATES PATENT OFFICE.

FRANZ DBOBNIAK, IF IAWIBZOWIOE, AND JOHANN PLANEGKL 0F KBAKAU, AUSTRIA-HUNGARY.

Specification of Letters Patent.

Patented Aug. 31, 1909.

Application and an a, 190?. Serial No. 382,782.

To all whom it ma concern:

Be it known that we, FRANZ DBOBNIAK and JOHANN Pmnncnnsnbjects of the Emperor of Austria-Hungary, residing at J swiszowice and Krakau, respectively, in Galicia, Austria-Hungary, have invented certain new and useful Im rovements in Cash Issuing, Indicating, an Registering Apparatus, of which the following is a specification.

This invention relates to a cash till which serves for payingout amounts of money in coin of any kind of currency and any number of different kinds of coin, and which shows the amounts paid out and prints the same on a r istering strip. This cash playing till, in w iich the coins of the same 'nd are piled in receptacles and are ejected singly by ejecting devices, is distinguished mainly by the fact that the coin ejecting slides that are usually in an inoperative position and that are 0 created by a crank mechanism common to all, are brought into ac tion selectively bymeans of the keys of a keyboard. The keys of the latter are arranged in groups, the number of which corresponds to the number of difierent coins dealt with by the apparatus. Each key is held in the dc ressed position after it has put in action t e coin ejector belonging to its group and is released by an arm that is passed by hand over the keys and which ma be formed as a crank handle, the correspon ing ejector being made, during the motion of the arm (which only moves in one direction) from its zero position tothe depressed key, to perform a number of to and fro movements corresponding to the numeral IlNHh'QQl on the key, so as to eject a cor-1e sponding number of the same kind of coin. The ejcctors that are put in action actuate during their forward motion, a control apparatus which renders visible the paid out sum of money in the usual figures and symlmls 4 pounds, shillings, and. pence, or other coinage), and which sets in position the type wheels of a printing apparatus for printing the amount of money paid out on a paper.

strip.

Figures 1 and 2 of the drawings accompanying the present specification show re speclively a longitudinal section and plan of a cash paying till constructed according to the present invention; Fig. 3 shows the con- .lrul apparatus and the adding up and printl the cash issuing apparatus showing two rows of numeral drums; and Fi 10 represents a section on the line A of Fig. 10, the lower mechanism being omitted from this figure for clearness.

A The coins to be dealt with are piled sepa rately in fixed cylindrical q'reoeptacles a a which are preferably provided with a longitudinal slot covered with glass or other trans arent material and have external vertical ivision lines, so that the number of coins contained in the receptacles can be easily ascertained. Next to the bottom of each receptacle there is formed in the side wall thereof a front opening 1 for the entrance of the coin ejectin device and a back opening 2 for the issue 0 the bottom coin of the pile.

The ejection of the coins from the receptacles is eifected by the corresponding eject ing slides 15 I) b b which are all pivotully connected to a transverse bar 0 by pivots 3 and are held by springs 45in the lowered position in which, when the transverse bar 6, sliding in uides 5, is moved to and fro, the ejecting sides can move idle to and fro without ejecting coins.

Each of the ejecting slides can be so raised independently of the others, that when moved toward the correspond'ng coin receptacle, it will enter the sari opening 1 thereof and will eject a coin through the opening 2 thereof. For insuring the reliable entrance of the ejecting slides into the coin receptacles, the opening 1 has inclined sides forming a funnel-shaped mouth for the entrance of the ejecting slide.

The moving of the slides into the opera live position, indicated by dotted lines in Fig. 1, is effected by a keyboard device T. The latter has as many groups of keys as there are coin receptacles. In the construction shown there are six coin receptacles a to a (such as for 5 kronen-, 1 kronen-,'20 hcller-', 1 0 heller, 2 hellerand 1 hellerpieces of A nstrian currency) there are there fore also provided six groups of lreys I to VI, which are advantageously arranged stepwise in concentric circular arcs, as shown. The keys t, t are mounted on the ends of levers 6 which are pivotally mounted upon fixed disks or plates (1' d Each of the disks carries all the key levers 6 be longing to one group, the rear ends of such levers eing engage under a common rm 8. The rings 8 constitute the front ends the transmitting levers f f belonging to the key lever groups and subject to spring action, each of which levers engages by means of its rear slotted or forked end 9 with a corresponding vertically movable and guided rod 9 g. The lower end of each of the rods rests upon the end of corresponding engaging levers h It the rear ends of which carry a smooth round in, or, as shown, a roller 11, and are held y springs 12 in the position shown at Fig. 1. The pins or rollers 11 constitute the rear supports for the expelling slides 17 b" which can movie to and fro upon the same without friction.

The transverse bar 0 which actuates the expelling slides b b is connected to a slide 14, movable in guides 13, and connected by a rod 15 with the pin of a crank 17 formed on a crank shaft 16. The shaft- 16 carries a toothedpinion 18 gearing with a toothed wheel 19 on a shaft 21 passing through the supporting tube 520 of the disks (Z and rotatable therein.

With a ratchet wheel 22 on shaft 21 en gages a spring pawl 23 which only allows oi the rotation of shaft 21 in one direction and prevents its backward motion. On the upper end of shaft 21 is fixed an arm 24 which. as slwwn, can be formed as a crank handle by no ans of which the shaft 21 can be rotated. The rotation of the shaft in one direction can however also be effected as shown. by a special crank handle 25 the motion of which is transmitted to the shaft by means of here] wheels 26 and 27.

The arm E24. which in the present case is moved from the zero or initial position 24' (Fig. 2) in the direction of the arr can ties for cnch key group a downward extension of which, as shown, thcrc are six. viz. z" to i serving the following purpose.

lincll ol' the keys t when dcprcsscd for putting in action the corresponding cxpclling slidc is hold in the lowcrod position. For this purposc the key lover (I is pro \id d with :1 notch or shoulder 38, while at thc inner side of the top 2.) of the casing, which is cot-r4-spontlingly stopped, there are provided hooked lovers 30 pivot ally monntcd on horizontal pins. and having spring action in thc direction at right angles to the pivotal motion. of which levers there is one for each key lcvcr. Each hook lever 30 is pre-scd hy a lateral spring 3] against a stop 32 at the side of the spring for limiting the motion (l igs. t; and 7) and on the sidc opposite the hook the lever 30 is p vided with a beak 33 which. in the norma position of the hook lever 30 (when the key is in the raised position), is outside the path of the corresponding rejection z" i of the key group so t at the pro'ection and arm can move pastit nnhindere on the rotation of the arm. lVhen, however, a key is depressed, the corresponding hook lever 30 engages with a notch 28 of the key lever 6 whic at the same time presses the sprin hook lever forward, 2'. 6., to the ri ht han (Fig. 1) so that the beak 33 of 511's hook lever projects into the nth of the arm projection i 2''. The my 25 and its lever 6 are therefore held in the lowered osition until the arm 24 in bein moved rom its initial position 24 in the irection of the arrow a, arrives at the depressed key, when its projection 21 z in bearing laterally against the beak of the hook lever 30, presses it against the action of its spring 3.1 laterally out of the notch of the key lever 6 thus relcasin the latter. The key then returns under t e action of thespring transmitting lever f f back into. the raised position and the arm 24- can now continue its rotation as the beak 33 lifthc hook lever has moved inward again.

The keys t t of each group I to Vl are marked with 1, 2. 3 in the direction starting from the initial position i of the arm 24-. In all those cases in which the payment in coin or' a decimal coinage system each of the groups l to VI of the keyboard 15 contains nine keys t to t" and all the keys ol the same numeral order are arranged in one and the same radius, as shown at Fig. The toothed wheel transmission 18. 19 is so chosen that on the motion of the arm 24: from the zero position up to a certain key, the pinion 18 makes us many revolutions as corresponds to the numeral of this key. Thus if. for example, the key I of thc group ll be depressed and the arm 31 is moved from 2% up to this key 6" (II) the expelling slide (1 of this group (which is put in action by the dcprcss'd key) will lN movcd six timcs to and fro hy the pinion l8 and crank 17, and will ojccl six coins of the corresponding kind. As soon. however. as the arm 2 arrives at tho deprcssod kcy and disengagcs the same in the above described manner. the key lcvcr ll returns into its initial position. when thc expclling slide 1; of the group containing the dcpresst-d key will be lowered into the inoperative lithlllfill, shown by the full lines at Fig. l. and on the further rotation ol the arm 94 or of the crank handle 25 it will move idly to and fro upon the roller 11 undcrncuth the corresponding coin receptacle (I. In ordcr thcrci'ot'e to cjcct a certain number of coins oi the some kind it is only necessary lo de ress a singlekcy of thc kcy group cor- J eflected by a single fora stated provided with an arrm ratchet paid 7: k

ing each coin that does I ratus it is nwessary 45 ,hollers and one move rcspondin to this coin, viz. that one, the numeral 0 which corres ends to the number ofoclins to be eject In the arrangement shown b way of exam le on the drawings the transmission l'itil0 between -wheel 19 and pinion 18 is chosen as l to 15. Of the fifteen revolutions of the wheel 18 revolution of the wheel 19, only nine revolutions are employed for expelling the coin, as each group only contams nine keys. The keys therefore only extend over a sector of 216 (ll/155x360" as shown at Fig. 2 During the motion of the arm 24 commencing at the zero position Q4 through an arccorrespondin to the extent of this sector the delivery 0 coin takes place. T cv arm 24, which can only iii-tied in one direction must, after mssing the last redial row of keys of the ighest number (keys t) be further rotated in the same direction until it arrives at the zero position 24", during which motion the arm Essesthrough an arc of 144 (360-'-216). ring this motion the following operations are rperforned.

e described as beement are the paid amount visi le for coin paying till is,

which rep the purpose of control and same upon a control sti'i this a-p aretus 1s constructed as follows: och of t 'e expel ling slides b carries on one side a spring which in the inoper- Mire or lowered ition of the ide moves to and fro idl with the same. hen, how ever, the expo crative position with a corresponding during the forward motion ward the win receptacle and thereby efiects a partial revolution of the ratchet wheel at each to and fro motion of the slide.

F or thepractioal application of the appato render the paid out amount visible in the usual writing in the units of the currency, of whatever kind-of cold it may he composed. For this purpose the arrangement is suchthat only the ratchet wheels :1 8 [nd 8" corresponding to the main or unit'stepls (such as one krone, ten

I eller). transmit their mo tion directly to the counter device, while the higher coin values, which do not correspond to these main or unit steps, are converted into the next lower uni-t stop,-i. e. on ejectnot correspond to a umt step the counter is actuated as though a number of coins oi the next lower unit step, corresponding to the said coin, were ejected one utter the other. (lit-ejecting the two kind oi coin the operations effected by wheel 8' s the motions of the two correspcindin ratchet Wheels have to be added together. or this purpose the following arrangement is prorid-ed. which will he described with reference also prints the linislide is raised intothe opt engages" and the other end to a fixed part 0 chine.

to the Austrian currency for which the apparatus shown on the drawing is arranged.

By means of the apparatus as before stated amounts can be paid out in six difi'creut kinds of coins; us unit steps 1 krone. ten boilers and one helier are assumed. Each of those unit step is combined in a group with the next higher coin value.

The two ratchet wheels 14' of each of these groups are arranged between the two ejecting slides I) b belonging to this group, as shown at Figs. 2 and 3,-so that the ratchet wheels are turned in opposite (lirectious during the ejecting stroke of the slides. The ratchet wheel belonging to the unit ste of each group (8", s, s) is fixed on s spind e the rotation of which is transmitted to a spindle in by inczins of toothed wheels of equal diameter 36 and 37', so that the transmission is as 1 :1; upon the shaft 11' is fixed a nmnerul drum belonging to the corresponding group in front of which there is provided, in theorising of the apparatus, u sight hole through which the numeruls of the drum can be rend. (3 Each of the other ratchet wheels (3 s a") is fixed upon a spindle 38 the rotations of which are transmitted by means of toothed wheels 39 and 40 to a spindle in situated between the spindles 35 and 38. The transmission ratio of wheel 39 to wheel 40 corresponds to the proportion of the values o two coins be onging to .a group. Consequently in the arrangement. shown with the :ronen group the transmission is as 1 to 5 (1 krone to E'rkronen) while with the two holler groups the transmission ratio is as 1 to 2 (10 to 20 or 1 to 2 hellers). Each shaft 10 is arranged co axially with its corresponding shaft 1/; and can be coupled therewith by means of a clutch device m. of known construction, all of the said clutches being operable from a common rock shaft 0 which in turn is actuated bythe elements Surrounding the shaft in is a coiled spring 41 the one end of which is fixed to the s )indle w the Inn- (ln the spindle Elficarrying a ratchet wheel of the unit step there is also coiled a spring 42 which can 4 be weaker than the spring 41. with the ratchet wheels s" x s belonging to the coin unit steps are engaged spring pawl levers 43- (Fig. 2.) which prevent the backward motion of those lilllllii wheels and which can bcdisengaged by means of a transversely movable bar it common to all; the said motion of the bar 44 is efi'ccted by hand by means of the pressing lever 45" through the medium of the lever gear 45' shown at 1 3%; 9. v

With the other rate et. wheels s s is there are also enga ed pawls 45 which preventtheir backwar motion and which are disengaged by a common transverse bar 46 )refer'ahly by means ofi nolines l' formedt ereon the movement of the transverse bar 46 is,

however, not effected b hand but automatically on the rotation o the crank handle as will be presently described.

i So soon as, after the settin pf the keyboard to the amount to be pai out, the arm 24, or the crank handle 25, is turned, the ejecting slide belongin to a main or unit step':.( or instance sli e b of the Kroncn group) effects directly the settin of the numeral drum 2 to the numeral'o. the depressed main of unit s'tep'key as the corresponding ratchet wheel a is dirertl connected with the drum spindle w. Tie adjacent ratchet wheel as belonging to the same numeral drum 2, transmits the movements imparted to it by theejecting slide 1) to the intermediate shaft w with the before mentioned ratio of transmission by which motion the spring 41 is put in tension. If now, after the uttin'g out of action of the ejecting slide 2. e. after the arm 24 has passed beyond the keyboard, the clutch m is putdn gear and the pawl 45 is disengaged, the strained spring 41 will effect a rotation of the spiridle w and numeral drum 2 inthe, amine direction as was effected by the spindle 35. The operations of the two ratchet wheels belongin to a numeral drum z are consequently a ded together and the numeral drum 2 will be set to the sum of the amounts of money which have been delivered by the two slides of this group. By this means the sum of the coin unit step is made visible because by the transmission wheel 39, 40 the translation of the coin of higher value into coin of the unit steps has been effected.

In order to effect a more perfect control it is necessary to indicate the amount paid out not only to the payor but also to the payee; for this purpose there are provided, as shown in Figs. 10 and 10', besides the numeral drums'z subsidiary drums 2 which render visible the paid amount at the sight holes of the casing that: face the payee and that are rotated by means of gear from the drums 2 as shown. The numerals u on the main drums .2 are shifted 180 re atively to the same numerals of the subsidiary drums z.

- In order that the paid amount may be indicated by the two drums 2 and 2 in correct writing the transmission is effected for exam do, by means of chains 48 (Fig. 10) in sun I manner that each of tlio'main drums z slide trlesropica ly our. within the other and zero position 24 over the keys.

I amount paid outnre printe carry respectively the ty wheels 7'', r, r arranged side by si d: and which are inked in thedmowh manner. The paper strip 49 is passed underneath thet e'wheels between two rollers 50 and 51 0 which 51 receives a stop by ste motion in the known manner by a ratchet evice 52 at each movement of the crank handle, for feeding the strip forward. The printing from the adjusted type wheels is effected b means of a spring pressing stain 53 whic 1, after each setting of the type w eels, presses the strip 49 against'the latter.

The actuation of the paper strip ratchet device- 52 of the pressing stamp 53 of the release of the transverse bar 46 actuatin the pawls 45 and of the couplings m are a5 effected from the shaft 21. For this purpose the latter carries-four cams 54, 55 56, 57 which by means of lever gear 54' 55 56 57' operates the said parts. The action of the entire apparatus is as follows: The keyboard is in the first instance set to the total amount of money to be paid out, whereupon the arm 24 is moved from the By' this motion the coins are ejected in the manner above described. After the arm 24 has passed beyond the last row of keys t the con ling m is put in engagement by means of t e cam 57 on the further rotation of the arm, whereupon the pawls 45 are released by the cam 56 sothat the numeral drumsz z and the type disks r r r are set to the amount paid out. By this operation the springs 42 connected to the shaft 35 are put in tension. ()n the further motion of the arm 24 the pressing stamp 53 is actuated by the cam 55, whereby the types corres-onding to the upon the strip 49. After the printing stamp 53 has moved back again the cam 54' finally eifects the forward motion of the strip 49, whereupon the n rm 24 again arrives at the zero position.

Before a fresh paying out operation can be effected all the parts of the control and printing devices must be brought back into their initial or zero positions. This is effected by depressing the'lever 45* whereby the transverse bar 44 is shifted and the pawls 43 are disengaged from the ratchet wheels 8 a a" of the coin unit steps so that thestrained springs 42 can come into action may; for example, consist of a s rin catchof known construction that loc s tie arm when this arrirrs in the zero position. The

releasiof lhis' lurking derive can be effected by means of the lever 45 through the me dilun of a suitable lover mechanism connecting the two, the arrangement being-such that on the depression of t e lever 45* the control devices are brou t back into the zero sit-ion, While at t e same time the arm is released at the zero position.

The numeral drums a a corresponding to the highestmain or unit step (in the prescut case that for the Kronen) may have a considerable number of progressive numerals, the limit or which is determined by the greatest amount of money which can be paid out by the apparatus. If the apparatus is constructed or any other coinage system than a decimal one, the arrangement of the keyboard (number of the keys in each group I II. and the control apparatus must be modified accordingly.

Claim.

1. In a coin handling ap aratus, the combination with a plurality 0 coin receptacles, and individual e'ectors adapted to cooperate therewith, 0i selecting keys for setting the ejectors in delivering position, an operating member common wall of the ejectors,

l of an operating and means for releasing and resetting the delivering ejectors to an inoperative position after they have been actuated a redetermined number of timed, the latter being controlled by the selecting keys.

2. In a coin handling ap aratus, the combination with a plurality 0 coin receptacles, and individual ejectors therefor normally arranged in inoperative position relatively to the respective receptacles, of means for simultaneously operating all of the ejectors, selecting devices for setting the desired cjectors in o rative position, and means for releasing an resetting the delivering ejectors to, an inoperative position after t ey have been actuated a predetermined number of times.

3. In a coin handling apparatus, the com bination with a set of com receptacles, and cjectors therefor normally arranged in inoperative position, of means for simultaneously operating all of the ejectors of the set, a keyboard having rows of keys correspondin to the respective receptacles, selecting evices connecting each row of keys to each corresponding ejector for setting t ie latte in delivering position, and means for releasing and settin back the delivering ejector-s to an inoperative position after they have been actuated a predetermined number of times.

4. In a coin handling apparatus, the combination with a set of com receptacles, and cjectors for deliver-in the coins therefrom,

mem ber common to all of the cjcctors, a key-board having keys grouped according to the respective receptacles, selecting devices connecting each group of keys to a corresponding BJEClOI' for controlling the delivering operation thereof, limiting devices for each group of keys and serving to control the number of operations of the ejectors and consequently to control the number oi" coins delivered by the EJBCtOlS.

In a coin handling apparatus, the combination with a set of coin receptacles, ejeca each operation of the operating member.

6. In a coin handling apparatus,-the combination with a set of coin receptacles, individual ejectors therefor, and a common operating member connecting the several e'ec tors, of a key-board having keys groupe in rows accordlng to the denominations of the coins in the receptacles, selecting devices connectin the he s of each row to the respective GJGClZOIS or moving the latter into delivering position, and devices for retaining the keys of each row in actuated position an releasable by the movement of the operating member.

7. In a coin handling apparatus, the combination witha set of-coin receptacles, ejectors therefoqancl an operatingamember for actuating ejectogs, of a key oard having keys grouped according to the denomina" the rcceptacles, selecting keys of each roup to tious of the coins in devices connecting the the respective ejectops for setting t is latter in delivering position, and a set of locking levers for the keys of each group and serving to retain the respective keys in actuated position, and means controlled by the position of the o crating member for releasing the locking overs, SQ In a coin handling apparatus, the combination with-a pluralit 0 ejectors therefor norma ly arranged in moperat-ive position, and an operating member for actuating the ejectors, of a reyboard having the keys grouped in rows according to the denominations of the coins in the respective receptacles, selectipg devices connecting the keys of each group for setting the respective ejectors in operative position, and a set of locking levers releasable by the movement of the operating member, and operating automatically to retain a key of any group in actuated position.

9. In a coin handling apparatus, the combination with a plurality 0 coin receptacles, a corresponding set of cjectors normally arranged in ino erative position, arid means for actuating t o ejectors, of selecting mechand devices co;

and

coin receptacles,

anism embodying a key-board having the devices actuating the printingmechanism keys grouped according to the denominations of the coins in the receptacles, the keys of each grou being arranged progressively in rows, in ependent connections between each group of keys and its correspond ng ejector for setting the latter in operative position when any key of its correspondmg group is actuated and locking devices for the keys of each group releasable by the ejector operating means.

10. In a coin handling apparatus, the combination with a plurality t coin receptacles, ejectors therefor, a movable operating arm, and means connecting the latter to the 8180- tors for causing a predetermined number of operations thereof at each movement of the arm, of selecting devices grouped according to the denominations of the coins in the sow eral receptacles and opcratively connected to the respective cjectors for setting the latter in operative position, the keys of each group being spaced progressively according to the position occupied by the said arm corresponding to the number of times the ejectors are operated, and devices releasable by the said arm for retaining the keys of each group in actuated position.

11. In a coin handling up aratus, the combiuation with a plurality 0 coin receptacles, and ejcctors there for, of means for operating the ejcctors, and a key-board having the keys grouped in conccntric rows according to the denominations of the coins in the respective receptacles, an operating ring cooperating with the several kcys of each, row, actuating rods conncctcd to the respective rings, and lovers operable by the said rods for moving thc rcspcctivc cjcctors in delivering position relatively to thc receptacles.

12. In a coin handling apparatus, the combination with a set of coin receptacles, and a corresponding of ejectors, an operatin member for simultaneously actuating all 0% the ejectors, and means for setting back the delivering ejectors to an inoperative position after they have been actuated a predetermined number of times, of counting devices opcratcd by the movements of the respective ejcctors, a printing mechanism connected to the several counters, and means for automatically resetting the counters subsequent to each printing operation.

13. In an apparatus of the character described, the combination with the coin receptacles grouped according to the denominations 0 the coins, and ejectors for the respective receptacles, of a counting device for each receptacle, a rinting mechanism connected to certain of ihecounters, adding number of times accor in to the value of a coin of higher denomination.

14. In a coin handling ap aratus, the com bination with a plurality of coin receptacles, and ejectors therefor, of a counter for each receptacle, a printing mechanism directly connected to one of the counters, a multiplying device connected to either counter, and means for connecting the printing mechanism to the multi lying device for o erating the latter accor ing to the value 0 a coin of higher denomination.

15. In a coin handling ap aratus, the co bination with a plurality 0 coin receptacles, and ejectors therefor, of a pair of shafts carrying ratchet wheels, means operable by the respective ejector-s for rotating the ratchet wheels, a printing mechanism directly connected with one of the shafts, an'intermediate shaft, multipl ing devices between the latter and the she carrying the other wheel, a clutch for connecting the inter-.

mediate shaft to the rinting mechanism, and means for operating the intermediate shaft to set the printing mechanism,

16. In a coin handling apparatus, the combination with a plurality of receptacles for containin coins of difl'erent denominations, ejectors or the several rece moles, and a common operating member fiir the several ejectors, o a set of printing. wheels set according to the number of operations of each ejector, and a rioting stamp actuated automatically by t 1e movement of the operating member.

17. In a coin handling apparatus, the combination with a plurality of receptacles,-

ejectors therefor, and an operatin arm common to the several ejector-s, of so ecting devices for settin the respective ejectors in deliverin position, counting devices actuated by t e several ejectors, printing wheels set according to the res ectlve counters, a printing stamp arrange to cooperate with the type Wheels, means for returning the ejectors to normal inoperative position after a fpredetermined number of operationsthereo means for operating the printing stamp automatically by the movement of the o crating arm, and resetting means for e counting devices. I

In testimony whereof we have hereunto set our hands in presence of two subscribing witnesses.

FRANZ DROBNIAK. V JOHANN PLANECKI. Witnesses:

Josnr RIYBUSCII,

' er. W. Humoan'rnnn. 

